Mobile Application Testing: Securing the Mobile Frontier
- Modules : 10
- Duration: 40 Hours
- Level : Expert
- Rating : ★★★★★
Mobile applications play a crucial role in handling sensitive data and conducting vital transactions. However, their ubiquitous nature makes them excellent targets for cyber assaults. The Mastering Mobile Application Pentesting course will provide you with the knowledge and skills required to properly examine the security of mobile apps. Whether you’re a cybersecurity professional, developer, or mobile app enthusiast, this course will teach you how to discover, exploit, and fix security flaws, protecting mobile applications from possible attacks.
Course structure:
Understanding Mobile Application Security:
- Mobile app security is crucial, as explained in this article.
- Overview of typical dangers to mobile applications.
- Understanding the particular security problems offered by mobile systems (iOS and Android).
Mobile Application Architecture:
- Explore the architecture of mobile apps.
- Understanding the various components of mobile apps (client, server, APIs, and databases).
- An overview of mobile operating systems and their security approaches.
Setting Up a Mobile Pentesting Environment:
- Setting up a Mobile Pentesting Environment entails configuring virtualized mobile environments for testing.
- Installing emulators and simulators for iOS and Android.
- Introduction to mobile pentesting tools and frameworks (including Frida, MobSF, and APKTool).
Static analysis of mobile applications:
- Analyzing mobile app binaries for security flaws.
- Identifying unsafe coding habits and potential vulnerabilities.
- Using static analysis techniques to automate vulnerability discovery.
Dynamic analysis of mobile applications:
- Intercepting and analyzing network traffic sent by mobile applications.
- Testing for authentication and session management flaws.
Exploring dynamic analytic tools (such as Burp Suite, Wireshark, and Charles Proxy).
Reverse Engineering Mobile Application:
- Decompiling and disassembling mobile app binaries to better understand its functionality.
- Examining application logic, encryption methods, and sensitive data processing.
Exploitation and post-exploitation:
- Exploiting vulnerabilities uncovered through static and dynamic analysis.
- Evaluate the effect of vulnerabilities and potential attack routes.
- Post-exploitation methods for obtaining sensitive data and compromising mobile devices.
Mobile Application Testing: Securing the Mobile Frontier
Course Duration: 12 weeks.
Week 1: Introduction to Mobile Application Security.
- Understanding the value of mobile app security.
- Overview of typical dangers to mobile applications.
- An introduction to mobile operating systems (iOS, Android) and their security models
Week 2: Create a Mobile Pentesting Environment
- Setting up virtualized mobile environments for testing
- Installing emulators and simulators for iOS and Android
- Introduction to mobile pentesting tools and frameworks (such as Frida, MobSF, and APKTool).
Week 3: Static analysis of mobile applications.
- Analyzing mobile app binaries for security flaws.
- Detecting unsafe code techniques and possible vulnerabilities
- Automating vulnerability discovery with static analysis techniques.
Week 4: Dynamic Analysis of Mobile Applications.
- Intercepting and analyzing network traffic created by mobile apps
- Testing for authentication and session management flaws.
- Exploring dynamic analysis tools (e.g., Burp Suite, Wireshark, Charles Proxy).
Week 5 – Reverse Engineering Mobile Applications
- To understand app behavior, decompile and disassemble mobile app binaries.
- Analyzing application logic, encryption techniques, and sensitive data management
- Reverse engineering methods for iOS and Android applications
Week 6: Exploitation and Post-Exploitation
- Exploiting vulnerabilities found through static and dynamic analysis
- Evaluate the effect of vulnerabilities and possible attack pathways.
- Post-exploitation methods for obtaining sensitive data and compromising mobile devices
Week 7: Mobile Device Security Assessment.
- Assessing the security of mobile devices (iOS and Android).
- Test for device misconfigurations and vulnerabilities.
- Exploring technologies for mobile device security evaluation (e.g., MobileIron, MDM solutions).
Week 8: Reporting and Remediation
- Creating detailed pentest reports for mobile applications and devices.
- Prioritizing vulnerabilities according to their risk and possible effect.
- Making advice for remediation and secure development techniques.
Week 9: Legal and Ethical considerations
- Understanding the legal and ethical concerns of mobile pen testing.
- Compliance with rules and regulations regarding mobile security testing
- Responsible disclosure of vulnerabilities to app developers and device makers.
Week 10: Real-world scenarios and case studies.
- Investigating real-world mobile security incidents and breaches
- Case studies from diverse sectors demonstrate vulnerabilities and their consequences.
- Lessons learnt and recommended practices for protecting mobile applications and devices
Week 11: Advanced Topics and Emerging Trends.
- Advanced mobile pentesting approaches (such as runtime analysis and hooking)
- Exploring upcoming dangers and trends in mobile security.
- Strategies for safeguarding mobile apps in an ever-changing threat landscape
Week 12 – Capstone Project and Certification
- Applying information and abilities acquired during the course.
- Completing a hands-on mobile pentesting project using a given mobile application
- Evaluation and certification of complete completion.
This curriculum gives a thorough review of mobile application pentesting, including key subjects, methodologies, tools, and legal issues. The course approach combines theoretical principles, hands-on laboratories, practical exercises, and real-world case studies to guarantee that participants develop both knowledge and practical abilities in evaluating the security of mobile applications and devices.
Indeed, networking is the broad term for the process of integrating computers and other devices in order to exchange data and resources. It makes it possible for various devices to communicate
Popular Linux distribution Kali Linux was created especially for penetration testing and digital forensics. Numerous penetration testing tools that are used for network discovery, vulnerability assessment,
The phrase “Python for Hackers” describes the use of the Python programming language to penetration testing, cybersecurity, and hacking. Because of its ease of use, adaptability, and many modules
Of course! The goal of an ethical hacking course is to educate students how to evaluate the security posture of computer networks, applications, and systems in a morally and legally compliant manner.
Often called “ethical hacking,” network penetration testing is the process of mimicking cyberattacks on a network infrastructure in order to find holes and flaws. The objective is to evaluate the network’s
Active Directory penetration testing is typically conducted by experienced cybersecurity professionals using a combination of manual techniques and automated tools.
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API Pentesting, also known as Application Programming Interface Pentesting, is the process of examining the security of APIs (Application Programming Interfaces) in order to find and eliminate
Mobile application pentesting, also known as mobile app security testing, is the process of assessing the security posture of mobile applications to identify vulnerabilities and weaknesses that could be exploited by attackers.
Frequently Asked Questions
It’s essential due to various reasons in the field of online businesses. In our daily lives, we use smart services that come with a smartphone, such as corporate networks & cloud-based facilities.
Smartphones can be targeted via various malicious attacks, like – malicious code injection, & data theft, used to access confidential data. This process is essential to ensure the safety of mobile devices from suspicious apps and to ensure data safety from unauthorized online threats.
Following are some of the most brutal mobile application security threats.
01. Malicious Code Injection,
02. Insecure Data Storage,
03. Weak Authentication,
04. Inadequate Transport Layer Protection,
05. Insecure Communication Channels,
06. Insecure Authorization,
07. Broken Cryptography,
08. Insecure Coding Practices,
09. Insecure Data Transmission, and
10. Insecure Data Destruction.
Some of the mobile applications are secure because they follow some industry security standard T&C to maintain software security. Developers of such applications use secure coding and encryption to secure databases.
Also, they apply strong security measures to reduce malicious cyberattacks, such as
1. Two-Factor Authentication and
2. Secure Protocols for Data Transfer.
Sandboxing and Remote Wipe Capabilities are some of the tricks that are used in this process.
One can follow the steps below to reduce the risk of mobile app security attacks.
1. Use Secure Network Connections,
2. Use Strong Authentication,
3. Keep Software Up-to-date,
4. Use Secure Back-end Systems,
5. Monitor and Log Activity,
6. Implement Application Sandboxing,
7. Implement Secure Data Storage, and
8. Use Secure Coding Practices.
You can use the following steps to maintain your device security
01. Use strong passwords
02. Update your software
03. Enable two-factor authentication
04. Use a VPN
05. Don’t jailbreak or root
06. Be aware of public Wi-Fi
07. Set up remote wipe
08. Use a secure cloud storage solution
09. Use mobile security software
10. Avoid downloading unknown apps
It’s a process of testing mobile apps to identify security loopholes existing in the applications to work on the weaknesses of mobile apps. That is to enhance the security of mobile apps for extra safety.
Sometimes, mobile apps need secure coding so that cracking the user access becomes hard. For that, mobile application penetration testing is essential. That’s because it exposes every little security flaw hidden in the coding.
It’s a kind of security audit focused on system application security. Professionals use this technique to identify and validate
1. Security Risks,
2. weaknesses/ vulnerabilities causing data breaches, and
3. malicious attacks/ Security Incidents.
In the process of application security assessments, professionals review the following things
1. The Application’s Source Code,
2. The Architecture,
3. The Design,
4. The Configuration, and
5. The Deployment.